TWM613986U - Detachable carrier board - Google Patents

Abstract

This creation is a detachable carrier plate, which is used to install on a cart. The detachable carrier plate includes a plate body, a positioning piece, a tightening tower buckle, an anti-tip frame and a track wheel set; The clamping tower is buckled on the board and has a positioning hook that can hook the cart platform. This creation can be firmly installed on the existing carts through positioning parts and tightening tower buckles, and the plate body and anti-tip frame can be used to prevent the capacitor from overhanging or falling. The track wheel group can make the installation of this creation. The cart runs on the track in the harmonic chamber to carry capacitors, which can solve the problem of accidents caused by accidents when the capacitors are easily dropped when using the existing carts to transport the capacitors. It can be installed on the carts to greatly increase the safety of the transportation process of the capacitors. A detachable carrier board.

Description

Detachable carrier board

This creation is a kind of carrier board, especially a detachable carrier board that can be installed or disassembled on existing carts, and increases the efficiency and stability of pushing the capacitor on the vehicle.

A cart is a tool invented by mankind. It is used to carry large and heavy objects. It can provide users with a convenient carrying tool for placing objects and capable of moving around, so as to save effort to transport objects with a certain volume or weight.

The capacitors used in the harmonic room are mostly large capacitors that are heavier than ordinary people. When repairing, the maintenance personnel need to transport the faulty capacitor from the harmonic room to the spare parts area to replace the new product and then transport the new product back to the harmonic room. However, the length of a large capacitor is significantly longer than the length of the platform of most existing carts. In addition, the capacitor itself must be placed upright for handling or hanging requirements, which is very prone to instability or shaking, causing the capacitor to be transported in a cart. During the process, it tilted forward or fell to the left and right due to shaking and its hanging ears. In addition, the floor of the harmonic chamber itself is a cobblestone floor, which makes the existing carts inaccessible and can only carry capacitors that exceed the normal weight by humans. , It is also easy to increase the probability of its fall. The weight of the capacitor that is dropped or overturned is likely to cause injury to the carrier during the transportation process, damage to the capacitor itself, or damage to other appliances located in the transportation distance and the harmonic chamber when falling, resulting in Additional loss of personnel and property.

In order to solve the problem of industrial safety accidents caused by the falling of the capacitor placed in the cart during the transportation process when the large capacitor used in the harmonic chamber is transported due to the insufficient platform length of the existing cart, this creation provides a solution The detachable carrier plate can be used to securely install this creation on the existing cart through the positioning parts on the plate body and the tightening tower buckle, and use the installed plate body and the anti-tip rack on the plate body to prevent the capacitor from falling Turning down and reusing the track wheel set allows the cart equipped with this creation to transport the capacitor through the track in the harmonic chamber, which can avoid the problem of industrial safety accidents caused by the falling of the capacitor during the transportation process, and improve the safety of the transportation of the capacitor. And the purpose of stability.

A detachable carrier board proposed by this creation to solve a technical problem is used to be installed on a cart, the cart includes a platform, and the detachable carrier board includes: A carrier, the carrier includes a board, the width of the board is set corresponding to the width of the platform of the cart, and the board includes an upper surface and a lower surface facing opposite directions, respectively, with opposite positions One front end and one back end, and opposite sides; Two or more positioning pieces, two positioning pieces of the two or more positioning pieces are respectively arranged on both sides of the plate body, and each positioning piece of the two or more positioning pieces includes a positioning piece facing the plate body Positioning tabs extending in the direction facing the lower surface; Two or more compression tower buckles, two of the two or more compression tower buckles are respectively close to the two sides of the plate; each compression tower buckle includes a pivot seat and a pivot And a positioning hook, the pivot seat is connected to the upper surface of the plate body and includes an elastic piece, the elastic piece of the pivot seat extends toward one of the sides of the plate body approached by the pivot seat, the elastic piece There is a limiting protrusion extending in the direction facing the upper surface of the plate body, the pivoting member is pivotally coupled to the pivot seat and having an operating piece that can be pressed by the limiting protrusion, The positioning hook can be pivotally combined with the pivoting member and can hook the platform of the cart; An anti-tip frame, which is arranged on the upper surface of the board and includes two anti-tip guardrails arranged side by side, and the two anti-tip guardrails extend toward the front and rear ends of the board; and At least two pairs of track wheel sets, each of the pair of track wheel sets includes two track wheel sets, and the plate system is located between the two track wheel sets in one of the pair of track wheel sets in the at least two pairs of track wheel sets.

In the detachable carrier board, the carrier includes a reinforcing structure located at the front end of the board body and combined with the board body.

The detachable carrier board includes a load-bearing caster, and the load-bearing caster is located at the front end of the board body and combined with the lower surface of the board body.

The detachable carrier board, wherein the anti-tip frame includes two placing rods, the two placing rods are arranged side by side between the two anti-tilting guardrails, and the two placing rods face both sides of the board body Edge extension.

In the detachable carrier board, the carrier further includes an anti-skid stopper, and the anti-skid stopper is arranged on the upper surface of the board and located between the two placing rods of the anti-tip frame.

The detachable carrier board, wherein the carrier includes two or more fixing clamps, each of the fixing clamps includes two fixing walls extending in the direction facing the upper surface of the board body, and the fixing The walls are arranged side by side.

In the detachable carrier board, each of the two or more fixing clamps has two arc-shaped convex portions arranged opposite to each other on the second fixing wall away from the upper surface of the board body .

The detachable carrier board, wherein the carrier includes a first guide tube and two second guide tubes, the first guide tube is arranged on the upper surface of the board and is close to the board The two second guiding pipes are arranged at the front end of the plate body and located below the plate body; each of the track wheel sets includes an insert, and the at least two pairs of track wheel sets are two pairs of track wheel sets One of the two track wheel sets of the pair of track wheel sets can be movably inserted into the first guide tube with the set inserts; the other two track wheel sets of the pair of track wheel sets are set by The inserting piece can be movably inserted into the two second guiding tubes respectively.

In the detachable carrier board, the two second guiding pipes are arranged adjacently, and the two second guiding pipes respectively extend from two sides of the plate body toward opposite sides, The tube length of the second guiding tube is smaller than the width of the plate body.

In the detachable carrier board, the two track wheel sets of each pair of track wheel sets each include a wheel body, and the two wheel systems are arranged coaxially.

The efficiency gains obtained by the technical means of this creation are: 1. The detachable carrier board of this creation can provide an extended storage platform after being installed on the existing cart, reducing the risk of carrying capacitors, and it is installed in the anti-dumping rack on the board. The second anti-dumping guardrail can put the capacitor in it, effectively preventing the transported capacitor from tipping left and right during the transportation process due to shaking, and the placing rod in the anti-dumping rack can prevent the capacitor from being placed upright due to its hanging ears and the board body. The surface is in point or line contact, and the capacitor can be placed steadily so that it will not fall back and forth, which can increase the safety of using a cart to carry the capacitor. 2. The detachable carrier plate of this creation also contains a track wheel set, which allows the cart equipped with this creation to have the additional function of traveling on the track, and the uneven floor in the harmonic room leads to the use of the cart for transportation When it is easy to cause danger, installing the cart of this creation can use the existing or installed ground-off track of the harmonic chamber to smoothly transport the capacitor, and it can be retracted by the guide tube when it is not needed. Without occupying too much space, it can minimize the manual handling process during the entire handling process, and it will not be additionally affected by the surroundings due to this setting, which greatly improves the safety of the handling process. 3. The detachable carrier plate of this creation has a non-slip baffle that is combined with the plate body in an appropriate position to allow the mounting ears of the capacitor to be carried against it to prevent the capacitor from sliding forward during the transportation process. Then lower the risk in the process of carrying capacitors on the cart. 4. The detachable carrier board of this creation, which is additionally provided with a fixing fixture on the board body, can accommodate and fix the capacitor holding mechanism used for manual handling of capacitors, avoiding the need for additional holding mechanism during transportation by cart Find a place to place it and cause it to be lost or placed on the ground to hinder or even trip people and vehicles in the factory, so that the handling process of the capacitor will not cause additional impact on the environment around the factory.

In order to understand the technical features and practical effects of this creation in detail, and can be implemented according to the creation content, the preferred embodiment shown in the figure is further described in detail as follows:

As shown in Figure 2, the detachable carrier plate of the preferred embodiment of the invention that can be installed on a cart includes a carrier 1, two or more positioning elements 20, two or more clamping buckles 30, An anti-tip frame 40, two or more track wheel sets 50, and a load-bearing caster 60.

As shown in Figures 1 to 2 and 6, the carrier 1 includes a plate body 10 made of SS400 low carbon steel, and the width of the plate body 10 corresponds to that of the cart. The width of the platform is set and the length is longer than the length of the cart platform. The board body 10 includes an upper surface 11 and a lower surface 12 facing opposite directions, a rear end 13 and a front end 14 opposite to each other, and two opposite sides. In addition, the carrier 1 also includes a reinforcing structure 15, a non-slip baffle 16, eight fixing clamps 17 and at least two guide tubes 18.

As shown in Figure 1, Figure 2 and Figure 6, the reinforcing structure 15 is surrounded by pipe fittings of the same material, and the outer diameter of the pipe fitting is roughly equivalent to the thickness of the platform of the cart. The reinforcing structure 15 is located at the The front end 14 of the board body 10 is welded to the lower surface 12 of the board body 10 along the edge of the board body 10 to increase the structural strength of the carrier 1.

As shown in FIGS. 1 to 2, the non-slip blocking sheet 16 is a rectangular block, which is fixed to the upper surface 11 of the board 10 by welding.

As shown in Figs. 2 to 3, the two or more fixing clamps 17 are the eight fixing clamps 17, and the fixing clamps 17 are welded and fixed on the plate body 10 in pairs with appropriate intervals in the same direction. On the surface 11, the two fixing clamps 17 in a pair are respectively close to the two sides of the board 10, each of the fixing clamps 17 includes two fixing walls 171 extending in the direction facing the upper surface 11 of the board 10, each The fixed wall 171 includes an arc-shaped convex portion 1711 which is located away from the upper surface 11 of the plate body 10; and the two arc-shaped convex portions 1711 of the two fixed walls 171 of each of the fixing clamps 17 are opposite to each other地 Settings.

As shown in Figures 2, 5 and 6, the at least two guide tubes 18 are three guide tubes 18, and the three guide tubes 18 are all rectangular tubes, and they are distinguished by a first guide tube 18A and a first guide tube 18A. Two second guide tubes 18B; wherein the first guide tube 18A is close to the rear end 13 of the plate body 10 and is welded to the upper surface 11 of the plate body 10, and the tube length of the first guide tube 18A is equivalent With respect to the width of the board 10, the first guide tube 18A includes two openings 181 and two screw holes 182, the two openings 181 are located at opposite ends of the first guide tube 18A, and the two outer screw holes 182 is located beside the two openings 181 respectively.

As shown in FIG. 6, the two second guide tubes 18B are located at the front end 14 of the plate body 10 and adjacently arranged below the plate body 10, and the tube lengths of the two second guide tubes 18B are smaller than the plate body. The width of the body 10, the two second guide tubes 18B respectively extend from the two sides of the plate body 10 toward the opposite side; each of the second guide tubes 18B includes a closed end and An open end, the closed end of each second guide tube 18B is adjacent to one of the corresponding sides of the plate body 10, and the open end of each second guide tube 18B is adjacent to the plate body adjacent to the closed end The sides of 10 are separated by a distance.

As shown in FIGS. 2 to 3, the two or more positioning members 20 are four positioning members 20, which are arranged in pairs on both sides of the board 10; each positioning member 20 includes A coupling piece 21 and a positioning tab 22 are combined at right angles. The coupling tab 21 of the positioning tab 20 is welded and fixed to the upper surface 11 of the board body 10, and the positioning tab 22 of the positioning tab 20 abuts against One side of the board 10.

As shown in FIGS. 2 to 4, the two or more tightening tower buckles 30 are four tightening tower buckles 30, which are respectively close to the two sides of the plate body 10 in pairs and are located at two sides respectively. Near the positioning member 20, and each of the tightening tower buckles 30 respectively includes a pivot seat 31, a pivot member 32 and a positioning hook 33.

For the convenience of description, the following only uses a single tightening buckle 30 for introduction. As shown in FIGS. 3 to 4, the pivot seat 31 of the tightening tower buckle 30 includes a fixed base 311, a back plate 312, and an elastic piece 313. The fixed base 311 has a U-shaped cross-section and is welded and fixed. On the upper surface 11 of the plate body 10, the ""-shaped recess of the fixed base 31 faces the center of the plate body 10. The back plate 312 is combined with the fixed base 311 through two screw sets, and the elastic sheet 313 is An arc-shaped piece, the elastic piece 313 extends toward one of the sides of the plate 10 approached by the pivot seat 31, and the elastic piece 313 has a direction extending toward the upper surface 11 of the plate 10 Limit the convex portion 3131.

As shown in FIGS. 3 to 4, the pivoting member 32 includes an operating piece 321. The pivoting member 32 and the back plate 312 are pivotally combined through a pivot 322. The operating piece 321 is sheet-shaped and A perforation 323 is formed between the operating piece 321 and the pivot 322; when the operating piece 321 is swung upward by the user, the elastic piece 313 can pass through the perforation 323 between the operating piece 321 and the pivot 322, and the elastic piece 313 presses the operating piece 321 with the set limiting protrusion 3131.

As shown in FIGS. 3 to 4, the positioning hook 33 includes a pivot portion 331 and a hook portion 332 respectively. The positioning hook 33 is pivotally combined with the pivot member 32 by the pivot portion 331, and the hook portion 332 It is an arc-shaped barb and the hook 332 can hook the platform of the cart.

As shown in FIGS. 1 to 2, the anti-tip frame 40 is installed on the upper surface 11 of the plate body 10, and it includes two anti-tip guard rails 41 and two placing rods 42.

As shown in Figures 1 to 2, each anti-tip guardrail 41 is made by bending a long round bar. Two anti-tip guardrails 41 are arranged side by side, and two anti-tip guardrails 41 are arranged toward the front and rear ends of the plate body 10. The anti-tilting guardrail 41 is welded and fixed to the upper surface of the board body 10.

As shown in FIGS. 1 to 2, the two placing rods 42 of the anti-tip frame 40 are two square rods arranged side by side between the two anti-tip guardrails 41, and the two placing rods 42 are respectively located at the two tilting bars. The opposite ends of the guardrail 41 are set toward the two sides of the board body 10. The two placement rods 42 and the two anti-tip guardrails 41 are an integral component; in addition, the anti-slip baffle 16 of the board body 10 is located on the second side. Place 42 poles.

As shown in FIG. 5, the at least two pairs of track wheel sets 50 are two pairs of track wheel sets 50, and the two track wheel sets 50 of each pair of track wheel sets 50 are respectively located on both sides of the plate body 10. The plate body 10 is located between the two track wheel sets 50 in each pair of track wheel sets 50; each of the track wheel sets 50 includes an insert 51, a welding rod 52, a wheel seat 53, a wheel body 54 and a pusher. Tighten the screw 55.

For the convenience of description, only the single track wheel set 50 combined with the first guide tube 18A will be introduced below. As shown in FIG. 5, the insert 51 of the track wheel set 50 is a square tube made of SUS304 stainless steel and is provided with a positioning hole 511. The insert 51 can be inserted from the first guide tube 18A. The opening 181 can be movably inserted into the first guiding tube 18A.

As shown in Figures 5 and 8, the welding rod 52 includes opposite ends. One end of the welding rod 52 is welded perpendicularly to the insert 51, and the other end of the welding rod 52 is welded to the wheel base 53. The wheel body 54 is rotatably arranged on the wheel seat 53.

As shown in FIGS. 5 to 6, the tightening screw 55 can be screwed into the outer screw hole 182 of the first guiding tube 18A and penetrates the positioning hole 511 of the insertion member 51. The rest of the track wheel set 50 is combined with the first guide tube 18A and the two second guide tubes 18B in a similar manner, which will not be repeated here.

As shown in FIG. 7, in the preferred embodiment of the present creation, the two welding rods 52 are inserted into one of the two second guide tubes 18B and the pair of rail wheel sets 50, and the two welding rods 52 of the two rail wheel sets 50 Different from the corresponding welding position of the two wheel bases 53, the distance of the welding position difference is equivalent to half of the sum of the outer diameters of the two second guide tubes 18B, so that the two wheel bodies 54 can be kept coaxially arranged.

As shown in FIG. 6, the load-bearing caster 60 is the same as the caster of the cart. It includes a load-bearing wheel seat 61 and a load-bearing wheel body 62. The load-bearing caster 60 is connected to the load-bearing wheel seat 61 through several The screw set is combined with the supporting member 1 to give the supporting member 1 a fulcrum for contacting the ground; in addition, the supporting wheel body 62 is pivotally combined with the supporting wheel base 61, so that the cart of the invention can be installed. Steering more smoothly during handling.

As shown in Figures 1 and 4, when a user wants to carry a large capacitor, he first installs the detachable carrier device of the preferred embodiment of the invention that can be installed on the cart on the existing cart, and uses the positioning The member 20 places the plate body 10 in an appropriate position on the loading platform of the cart, and then connects the detachable carrier plate of the present creation to the detachable carrier plate of the invention through each of the tightening tower buckles 30 near each of the positioning members 20 Cart. Hereinafter, a single tightening tower buckle 30 is also used for description. First, the hook portion 332 of the positioning hook 33 of the tightening tower buckle 30 is hooked to the platform of the cart, and then the pivot of the tightening tower buckle 30 The rotating member 32 pivots toward the back plate 312 of the pivot seat 31, and slightly presses the elastic element 313 of the pivot seat 31 downward to pass through the perforation 323, and then the operating piece 321 can be moved by the elastic piece 313. The position of the limiting protrusion 3131 is pressed; in this way, the position of the pivoting member 32 is limited and will not pivot at will, and the positioning hook 33 will also be restrained without pivoting at will. Each of the tightening tower buckles 30 can fix the detachable carrier plate of this creation on the cart through the above operation; the cart described in the past, when carrying capacitors of a specific volume, has insufficient platform length As a result, the carried capacitor protrudes from the platform surface and hangs in the air. The cart equipped with the detachable carrier plate of this creation can make the cart have an elongated platform through the carrier 1, which can carry capacitors or articles of a specific volume without hanging in the air, increasing the safety of the carrying process Sex.

As shown in Figures 7 to 8, the large capacitors that need to be transported are then hoisted or transported and placed on the two placement rods 42 of the anti-tip frame 40 of the present invention, which can avoid the need for large capacitors to stand upright for convenient transportation. Due to the placement and its hanging ears, the large capacitors are in point or line contact with the existing push vehicle platform and are prone to shake back and forth or fall. The two anti-dumping guardrails 41 of the anti-dumping rack 40 in the original creation can protect the large capacitors. It is clamped and protected to avoid the danger of left and right tilting and shaking. In this preferred embodiment, the non-slip baffle 16 is additionally added to the plate body 10, which is arranged between the two placing rods 42 to allow the capacitor to be lowered during the process of transporting the capacitor. The hanging ears of the plate abut against the anti-skid baffle 16 in the direction of the front end 14 of the plate body 10, which can prevent the danger of the capacitor from sliding forward and falling during the transportation process; this creation uses the above structure to greatly reduce the use During the process of carrying capacitors on the cart, reduce the possibility of the capacitor falling from the cart.

As shown in Figures 5 and 9, each of the track wheel sets 50 can be inserted into a corresponding one of the guide tubes 18 with the set insert 51, and the insert 51 of each track wheel set 50 can be movably inserted The corresponding guide tube 18 enables each track wheel set 50 to move relative to the plate 10; when the cart of this creation is installed to transport large capacitors to the harmonic room, the included in this creation can be used Fourth, the wheel 54 of the track wheel set 50, through the existing or installed track in the harmonic room, enables the cart installed with this creation to still carry large capacitors in the harmonic room, which greatly reduces the amount of capacitors in the harmonic room. The danger of shipping capacitors.

As shown in Figures 1 and 6, in this preferred embodiment, since the length of each of the second guide tubes 18B is smaller than the width of the plate body 10, it is more possible to allow the track wheel set 50 corresponding to the length of the second guide tube 18B to be smaller than the width of the plate body 10. The insert 51 is stored therein, and the track wheel set 50 is located below the plate body 10 without protruding the two sides of the plate body 10; when not in use, the above structural design can allow the creation to occupy The space is reduced and the waste of space is reduced; when using this creation and the carts equipped with this creation on the general roads where there is no track, it is not necessary to use each track wheel set 50 and each track wheel set 50 can be adjusted close to the The board body 10 can reduce the probability of hitting or tripping on other objects during transportation, and further increase the safety of transportation.

As shown in FIG. 7, in addition, due to the adjacent arrangement of the two second guide tubes 18B, the two wheel bodies 54 of the corresponding pair of track wheel sets 50 may be in different axes, which may lead to the use of different shafts. Instability, the preferred embodiment of this creation is adjusted to the welding fixed positions of the two welding rods 52 and the corresponding two wheel bases 53 in the pair of track wheel sets 50, so that the two track wheel sets 50 The two wheels 54 remain coaxial.

As shown in Figure 1, the large capacitors to be transported have mounting ears for coordinating transportation or lifting. When the capacitors still have to be moved manually, a four-capacitor holding mechanism that can be assembled with the mounting ears is used. 70. Therefore, in the preferred embodiment of the present invention, two or two pairs of eight fixing clamps 17 are additionally provided on the upper surface 11 of the board body 10, as shown in FIG. 3, which can respectively accommodate capacitor holding mechanisms of different lengths. 70. In addition, the arc-shaped protrusions of each of the fixing clamps 17 allow each of the fixing clamps 17 to clamp and fix the stored capacitor holding mechanism 70, so that in the process of transporting the capacitors with the cart equipped with this creation, the capacitors can be transported at the same time. Carry the capacitor holding mechanism 70 assembled with the hanging ears, and when it needs to be transported manually, it can be removed from the eight fixing clamps 17 of the carrier 1 of the original creation and assembled on the hanging ears of the capacitor. When in use, place the capacitor holding mechanism 70 back on the eight fixing fixtures 17 of the carrier 1 of the original creation. In addition to not requiring extra space to place the capacitor holding mechanism 70 that occupies a certain space, it can also avoid placing it elsewhere. The capacitor holding mechanism 70 is missing or affects people and things traveling in the factory.

Finally, when the operator uses the cart equipped with this creation to complete the operation of carrying the capacitor, as shown in Fig. 4, the elastic element 313 of the pivot seat 31 of each tightening tower buckle 30 can be slightly pressed downward to make the elasticity The limiting protrusion 3131 of the element 313 no longer presses against the corresponding operating piece 321, and then the pivoting member 32 of each of the tightening buckles 30 can be moved away from the back plate 312 of the pivot seat 31 By pivoting, the positioning hook 33 can finally be moved relatively so that it is no longer hooked on the platform of the cart. In this way, the present creation can be disassembled and restored from the cart as shown in Figure 2. The first guide tube 18A at the rear end 13 of the board 10 is located on the upper surface 11 of the board 10, which can maintain the original structure of the cart after disassembling the creation, and the user does not need to carry Capacitors of a specific size and weight, and special carts are specially ordered, causing additional costs.

The above are only preferred embodiments of this creation, and do not impose any formal restrictions on this creation. Any person with ordinary knowledge in the relevant technical field can use this creation without departing from the scope of the technical solution proposed in this creation. The creation of the disclosed case shows the equivalent embodiment of the partial changes or modifications of the technical content, and does not deviate from the technical content of the creation, and it still falls within the scope of the creation technical solution.

1: Carrier 10: Board body 11: upper surface 12: Lower surface 13: backend 14: front end 15: Reinforcement structure 16: Anti-slip baffle 17: Fixed fixture 171: fixed wall 1711: curved convex 18: Guide tube 18A: The first guide tube 18B: Second guide tube 181: open 182: Outer screw hole 20: positioning parts 21: Combination piece 22: Positioning the film 30: Tighten the buckle 31: Pivot 311: fixed base 312: Backplane 313: elastic sheet 3131: Limiting convex part 32: pivot 321: Operation piece 322: Pivot 323: Piercing 33: positioning hook 331: Pivot 332: Hook 40: Anti-dumping rack 41: Anti-dumping guardrail 42: Place the rod 50: Track wheel 51: Insert 511: positioning hole 52: Welded rod 53: wheel seat 54: Wheel Center 55: tighten the screw 60: Load-bearing casters 61: Load-bearing wheel seat 62: Load-bearing wheel body 70: Capacitor holding mechanism

Figure 1 is a three-dimensional schematic diagram of a cart equipped with a preferred embodiment of the creation Figure 2 is a three-dimensional schematic diagram of a preferred embodiment of this creation Figure 3 is a partial three-dimensional schematic diagram of a preferred embodiment of the creation Figure 4 is a partial enlarged cross-sectional view of the preferred embodiment of the creation Figure 5 is an exploded view of the partial structure of the preferred embodiment of the creation Figure 6 is a partial three-dimensional bottom view of the cart equipped with the preferred embodiment of the creation Figure 7 is a top view of the cart carrying capacitors equipped with the preferred embodiment of the creation Figure 8 is a side view of the cart carrying capacitors equipped with the preferred embodiment of the invention Fig. 9 is a rear view of installing the cart of the preferred embodiment of this creation to carry capacitors on the track in the harmonic chamber

1: Carrier

10: Board body

11: upper surface

13: backend

14: front end

15: Reinforcement structure

16: Anti-slip baffle

17: Fixed fixture

18A: Guide tube

20: positioning parts

30: Tighten the buckle

40: Anti-dumping rack

41: Anti-dumping guardrail

42: Place the rod

50: Track wheel

60: Load-bearing casters

Claims (10)

A detachable carrier board is used to be installed on a cart. The cart includes a platform. The detachable carrier board includes: a carrier, the carrier includes a board, and the board The width of is set corresponding to the width of the platform of the cart, and the plate body includes an upper surface and a lower surface respectively facing opposite directions, a front end and a rear end in opposite positions, and two opposite sides in opposite positions; Two or more positioning pieces, two positioning pieces of the two or more positioning pieces are respectively arranged on both sides of the plate body, and each positioning piece of the two or more positioning pieces includes a positioning piece facing the plate body Positioning tabs extending in the direction facing the lower surface; two or more compression tower buckles, two of the two or more compression tower buckles are respectively close to the two sides of the plate body; each The compression tower buckle includes a pivot seat, a pivot member and a positioning hook. The pivot seat is coupled to the upper surface of the plate and includes an elastic piece, and the elastic piece of the pivot seat faces the pivot One side of the plate body extends, the elastic sheet has a limiting protrusion extending in the direction facing the upper surface of the plate body, and the pivoting member is pivotally coupled to the pivot seat and has a function For the operating piece pressed by the limiting protrusion, the positioning hook can be pivotally combined with the pivoting member and can be hooked to the platform of the cart; an anti-tip frame is attached to the plate The upper surface of the body includes two anti-tip guardrails arranged side by side, and the two anti-tip guardrails extend toward the front and rear ends of the plate body; and at least two pairs of track wheel sets, in each of the pair of track wheel sets It includes two track wheel sets, and the plate system is located between two track wheel sets in one of the at least two pairs of track wheel sets. The detachable carrier board according to claim 1, wherein the carrier includes a reinforcing structure, and the reinforcing structure is located at the front end of the board body and is combined with the board body. The detachable carrier board according to claim 2, which includes a load-bearing caster, and the load-bearing caster is located at the front end of the board and is combined with the lower surface of the board. The detachable carrier board according to claim 3, wherein the anti-tip rack includes two placing rods, the two placing rods are arranged side by side between the two anti-tip guardrails, and the two placing rods face the board The sides of the body extend. The detachable carrier board according to claim 4, wherein the load-bearing member further includes a non-slip baffle, the non-slip baffle is arranged on the upper surface of the board and located on the two sides of the anti-tip frame Place between poles. The detachable carrier board according to claim 5, wherein the carrier includes two or more fixing clamps, and each of the fixing clamps includes two fixing walls extending in a direction facing the upper surface of the board body , The two fixed walls are arranged side by side. The detachable carrier board according to claim 6, wherein in each of the two or more fixing clamps, the second fixing wall has two oppositely disposed on the upper surface away from the board. Curved convex part. The detachable carrier board according to any one of claims 1 to 7, wherein the carrier includes a first guide tube and two second guide tubes, and the first guide tube is arranged on the The upper surface of the board body is close to the rear end of the board body, and the two second guiding pipes are arranged at the front end of the board body and located below the board body; each of the track wheel sets includes an insert, the at least two The pair of track wheel sets are two pairs of track wheel sets; one of the two track wheel sets of the pair of track wheel sets can be movably inserted into the first guide tube with inserts; the other pair of track wheels The two track wheel sets of the set can be movably inserted into the two second guide tubes with the provided inserts, respectively. The detachable carrier board according to claim 8, wherein the two second guiding pipes are arranged adjacently, and the two second guiding pipes are respectively facing opposite sides from both sides of the plate body The sides extend, and the tube lengths of the two second guiding tubes are both smaller than the width of the plate body. The detachable carrier board according to claim 9, wherein each of the two track wheel sets of the pair of track wheel sets each includes a wheel body, and the two wheel systems are arranged coaxially.

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